Defence & Military ยท Software

The upgrade path cannot live in someone else's jurisdiction.

MOSA

modular interfaces; your programme owns substitution and evolution. Not a foreign runtime vendor

Simulation engine, flight dynamics, IOS, and scenario infrastructure developed in-house in Europe; architected for classified interfaces, sovereign release control, and documentation that stays tied to the code your auditors review.

Discuss Your Requirements
The Problem

Tier 1 software stacks were built for commercial routes, not national sovereignty.

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Foreign-controlled runtime and licensing

When the engine, tools, and update channel sit under non-European control, every patch and integration review becomes a strategic exposure; misaligned with EDIS-style sovereign capability expectations.

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Classified datalinks do not map to COTS trainers

Mission buses, weapon interfaces, and national avionics behaviours need software that can be shaped to the programme, not a franchised architecture that stops at the vendor's SDK boundary.

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Evidence divorced from engineering

Qualification and safety arguments fail when documentation is a slide deck assembled away from the build. Defence buyers need traceability from scenario โ†’ output โ†’ test artefact; especially under scrutiny.

The VOA Answer

European engineering. Open layering. Software your authority can steer.

We do not compete to replace CAE at fleet scale; we deliver the modular simulation architecture defence programmes need when closed foreign stacks are structurally wrong; pairing in-house software with our own hardware and electronics so integration stays one coherent thread.

In-house simulation core; dynamics, systems modelling, and IOS logic owned by VOA engineers, not licensed from a non-European platform vendor

Modular boundaries designed for national extension; swap, extend, or reprovision layers without rebuilding the whole programme architecture

On-prem and air-gap friendly; no mandatory cloud dependency for core training and test workflows

Mission-relevant modelling; communications, electronic environment, and tactical scenario layers scoped to your syllabus, including domains beyond peacetime commercial IFR

EQTG / QTG-native tooling where civil qualification paths apply; evidence generation stays coupled to the executable stack

Same team as electronics and hardware; software requirements are not thrown over a wall to a separate integrator

VOA.aero defence simulation software; IOS and qualification tooling
In this segment

Software is one layer of the sovereign stack.

Continue to the pillars that close the loop for your programme; cockpit and device hardware, custom avionics integration, and certification-oriented evidence.

Hardware
Operational devices & cockpits

Long-lifecycle chassis and control loading built for defence utilisation, not demo-grade trainers.

Military hardware โ†’

Electronics
Classified avionics in the loop

In-house PCB design and buses; national interfaces without exposing the programme to foreign vendors.

Military electronics โ†’

Certification
Qualification & validation

Documentation and test evidence aligned with the authorities and assurance model governing your device.

Military certification โ†’